2results about How to "Meet layout requirements" patented technology

This invention relates to the field of resistor technology, specifically to a high power density power resistor with a wide resistance range. It includes a housing and multiple resistor units stacked within the housing. Each resistor unit includes an insulating support substrate and a resistor sheet encased within the support substrate. The resistor sheet has conductive portions bent at both ends, extending to the outer surface of the support substrate. Adjacent resistor units are connected via these conductive portions. An air duct is provided between the support substrates of adjacent resistor units. The high power density allows the resistor unit spacing to be adjusted within any range based on the thickness of the support substrate, enabling forced air cooling heat exchange and minimizing the volume to the theoretical minimum. It also offers higher protection levels and corrosion resistance, achieving high levels of waterproofing and dustproofing; and meets the high requirements for large creepage distances and clearances even under high voltage conditions.

A front body structure is provided that can simultaneously meet the requirements for absorbing impact loads during a collision and the layout requirements related to the orientation and position of the steering wheel. The front body structure (A) includes a partition (71) that defines the interior space (R1) of the passenger compartment. The lower part of the partition (71) is formed such that it is located further back in the vehicle as it is lower. A drive motor is mounted below the lower part of the partition (71). A recess (71b) is formed on the partition (71) above the drive motor, which is recessed towards the front of the vehicle. A through hole (71d) for inserting a steering shaft (122) is formed on the lower wall (71c) of the recess (71b).